UNIQUE DESIGN: compact and adaptable, connected to powered speakers to improve sound quality, or used as a powerful headphone amplifier. Note: The DAC volume setting only applies to headphones. If the DAC works, the headphones and the RCA output will output sound at the same time.
EXCLUSIVE CUSTOM ADVANCED CHIP: The digital decoding chip uses the JITTER chip made by the company Ti in the USA. It uses a true independent high power, low loss power amplifier circuit to drive 300 ohm headphones with ease. It uses large heating resistors and capacitors to provide great sound quality.
MULTIPLE INPUT AND OUTPUT METHODS: The power amplifier can be PC USB, fiber optic, coaxial three way input, can be connected to TV set top box, DVD, DCD, output mode has RAC, a 6.35mm headphone jack, can be connected to power amplifier, vacuum tubes Power amplifier, active loudspeakers.
EFFICIENT PROTECTION AND LONG LIFE: The audio decoder uses a dedicated operational amplifier designed for audio. The operational amplifier can be freely replaced and upgraded. At the same time, the relay protection can protect headphones and speakers.
SEALED STEPPOTENTIOMETER: The electric positioner is an imported, advanced, sealed stepped potentiometer, and the rotation resistance is just right. Calculate as arc wiring to avoid power outages from static electricity on the leading edge. Analog point grounding, strictly follow the definition of analog grounding.
How to use:
Plug and Play
Specification:
Product Type: USB Coaxial Digital Audio Amplifier
Material: metal
Color blue
Function: USB / Coaxial / for To Digital Audio Signal Conversion in 6.35 mm headphones and analog L / R audio
Applicable scenarios: home, office, etc.
Audio input: PC USB / coaxial / for To Digital Audio
Audio output: L / R audio and 6.35mm headphones
Sampling rate: 32,44,1, 48,96, 192 Khz
Working temperature: 0 ° C to + 70 ° C
Package list:
1 x decoder
1 x power supply
1 x 6.35mm to 3.5mm cable
1 x for TO cable
1 x USB cable
1 x manual
Note:
Please allow 0.1mm / 0.04in error due to manual measurement. Thank you for your understanding.
